XLP538910.000000X Datasheet/PDFXLP538910.000000X is a high-performance oscillator that provides highly stable output signals with either a TTL compatible logic or a sinusoidal drive. This oscillator is designed for electronic applications which require higher performance, reliability, and accurate frequency stability. XLP538910.000000X is a crystal oscillator designed with a compact and robust package and integrated with a high-performance ASIC (Application Specific Integrated Circuit).
The XLP538910.000000X has a wide range of applications including frequency testing, telecommunications, broadband networks, wireless systems, machine learning, automotive electronics, robotics, medical equipment, space exploration, and embedded systems. For example, the XLP538910.000000X oscillator is used in mobile phones for frequency modulation/demodulation, providing long-term accuracy and stability while ensuring low current consumption levels.
The working principle of the XLP538910.000000X can be simply described as generating and maintaining an output signal that is a multiple of the input reference frequency. The relative frequency between the input reference and the output signal, also known as the output frequency, is known as the multiplication factor. This factor can be controlled within a particular range by varying the reference frequency or by using a phase-locked loop (PLL) circuit.
The main components of the XLP538910.000000X include a crystal resonator, an ASIC, a voltage regulator and an output buffer. The crystal resonator is used to convert electrical signals into mechanical vibrations and vice versa. The ASIC contains the control logic and clock generation circuit and can accept input signals from a variety of sources, such as an analog signal, a digital signal or a time signal. This ASIC provides oscillator stability by providing adjustable frequency acquisition, temperature compensation and PLL circuitry. The voltage regulator provides the necessary voltage for the crystal oscillator and the output buffer converts the crystal oscillator signal into a logic level output.
In addition, the XLP538910.000000X offers several other key features such as wide operating temperature ranges, low power consumption, fast start-up times, low phase noise and negligible jitter. This high-performance oscillator is suitable for many different types of applications such as frequency testing, automotive electronics, robotics, and space exploration.
In conclusion, the XLP538910.000000X is a highly reliable and accurate crystal oscillator designed to provide a wide variety of applications with highly stable output signals. Its key features like wide operating temperature ranges, low power consumption, fast start-up times, low phase noise and negligible jitter make it suitable for a variety of applications. The integrated ASIC and voltage regulator allow for adjustable frequency acquisition, temperature compensation and PLL circuitry.